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NE9 Series – Drying Ovens

A range of fan assisted circulation drying ovens, with capacities from 15 to 750 litres, and temperature range ambient to 300 C

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Clifton lab ovens feature intuitive easy to use controls with a bold illuminated LED display, offering precise temperature control from ambient +5°C to 300°C with timer functions.

These lab ovens can run at set temperature immediately, use run back timer or enable a delay start feature. Can be configured for gravity convection or with variable fan speed providing forced air circulation within the chamber.

The oven chamber is constructed from high quality stainless steel with high efficiency thermal insulation, contained within an outer steel housing with anti-bacterial paint finish.

With energy efficiency in mind, particular attention is paid to robust design, insulation, a tight door closure with silicone seal and hinge design to maintain chamber temperatures with intelligent temperature control.

Removable Cartridges
  • Easy sample prep on the benchtop
  • One button release and loading
  • Pneumatic clamping provides more repeatable results
  • Interchangeable cartridge options extend the range and flexibility of the analyzer without tools while maintaining arcuate results
  • Cartridge options include: Reduced area to extend testing range without masks, improved accuracy testing of coated paper-based barriers, adaptors for remote testing of packages or extreme conditions, and custom designs for unique testing requirements.
TruSeal®
  • Gas flush of sample mounting seal protects chamber integrity
  • Lowers background level reducing need to run individual zero
  • Shortened testing time increases throughput
  • More repeatable results
Control Features
  • Fully automated flow, temp, & RH control throughout tests
  • Automatic test method development and recommendations
  • Programmable multi-test sequencing
  • Final test report printing and export
  • Built-in sensor protection
Touchscreen Interface
  • Intuitive automated operation requires less training
  • Built in multi-level user management and data security
  • Event log & trouble shooting guide
  • Save on valuable lab space by eliminating need for PC
Accurate Sensors
  • 2/12 R model has wide range sensor providing reliable, repeatable results
  • 2/12 T model has a unique high range Coulox sensor for high transmitter barriers
Warranty
  • Full 100% parts and workmanship warranty for 12 months
Capabilities – Model-Specific
Units R Model T Model
Test Ranges (50 cm^2 @100%O2) cc/(m2 × day) 0.05 to 28,800 200 to 65,000
cc/(100 in2 × day) 0.003 to 1858 12.9 to 4200
Test Ranges (5.6 cm^2) @100%O2 cc/(m2 × day) 0.44 to 255,300 1770 to 576,200
cc/(100 in2 × day) 0.027 to 16,470 114 to 37,200
Test Range – Package cc/(pkg × day) 0.00025 to 144 1.0 to 323
Resolution cc/(m2 × day) 0.05 2.0
Repeatability cc/(m2 × day) 0.05 or 1.5%* 25 or 1%*
Test Temperature Range °C 10° to 40°C ± 0.2°C 10° to 35°C ± 0.2°C
Controlled RH Testing Range % RH 0 to 90% ± 3% 0%

*whichever is greater

Capabilities – All Models
OX-TRAN 2/12 Series Units
Film Size 4” x 4” Std, 2”x2” optional
Film Thickness Up to 120 Mil
Film Test Area 50 cm2 cartridge std,
5.6 cm2 cartridge optional
Other Specifications (all models):

Physical Specifications

  • 5.5” H x 12” W x 23” D (39.4 cm x 30.4 cm x 58.0 cm)
  • 95 Lbs. (43.1 kg)

Electrical Requirements

  • Voltage: 100 – 240 VAC 50/60 Hz
  • Maximum Power Draw: 700 VA
Laboratory Requirements
Temperature Operation 22 °C ± 2 °C
Storage 10 °C to 30 °C
Humidity Operation 20% to 80% RH (non-condensing)
Storage 5% to 85% RH (non-condensing)
Gas Supply Requirements
Carrier Gas Gas Composition 100% Nitrogen
Supply Pressure, Nominal 29 PSI, (2.0 Bar), (200 kPa)
Test Gas Gas Composition 100% Oxygen (purity 99.9%)
Supply Pressure, Nominal 29 PSI, (2.0 Bar), (200 kPa)
Connectivity
  • Remote Access and Control (requires optional Perm-Net Light software)
  • Standard Ethernet port (100T)
  • Dual USB 2.0 ports (for connection of keyboard, mouse or memory devices)
Compliance Standards

This product is UL and CSA listed using the ETL mark from Intertek Group plc. and is certified to conform to CE.

Conforms to the following internationally recognized safety standards.

  • IEC 61010-1:2010 Third Edition
  • UL 61010-1:2012 Third Edition
  • CAN/CSA-C22.2 No. 61010-1:2012 Third Edition

Conforms to the following internationally recognized EMC standards.

  • EN 61326-1:2013
  • EN 61000-3-2:2006, A1:2009, A2:2009
  • EN 61000-3-3:2013

Conforms to EU Directive 2011/65/EU RoHS Compliance.

Cartridges & Options
  • Reduced area cartridge
  • Edge effect cartridge
  • Custom Engineered Test Cartridges
  • Package testing adaptor
Consumables
  • Cert Films 1-3 & set
  • Special reference films at higher ranges
  • Calibration gas kit for 2/12T
  • Masks
Software
  • PermWare data collection, data management and instrument status dashboard
  • 21 CFR Part 11 user and data security
  • Remote viewing software from a PC – PermNet Lite
Service & Support Options
  • IQ/OQ documentation & validation
  • Basic Preventative Maintenance Plan
  • Plus Preventative Maintenance Plan

Packaging Films

  • Monolayer
  • Multi-layer
  • Coated Films
  • Coated Paper/paperboard

Specialty Films

  • Gel/lotions

Packages

  • Common food packages
  • Medical packages
  • Bottles/Closures
Test Standard Compliance

ASTM F2622
ISO CD 15105-2
JIS K-7126-B
DIN 53380-3

Test Methodology

Following ASTM F2622

Standard Test Method for Oxygen Gas Transmission Rate Through Plastic Film and

Sheeting Using Various Sensors

The oxygen gas transmission rate is determined after the sample has equilibrated in a controlled test environment. Control of carrier gas flow rate (for concentration detectors), relative humidity, temperature, and oxygen concentration in both the carrier gas and permeant (test) gas chambers is critical.

The specimen is mounted as a sealed semi-barrier between two chambers at ambient atmospheric pressure. A stream of nitrogen slowly purges one chamber and the other chamber contains oxygen. As oxygen gas permeates through the film into the nitrogen carrier gas, it is transported to the detector where it produces a signal representing the oxygen transmission rate.

DATA SHEET

RDM TEST BROCHURE

MEDESEAL BROCHURE

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